Lines Matching refs:bytes
1207 // Round up to bytes.
1853 uint8_t bytes[3];
1890 vex.bytes[0] = 0xc5;
1891 vex.bytes[1] = (pp & 3) << 0
1898 vex.bytes[0] = 0xc4;
1899 vex.bytes[1] = (map & 31) << 0
1903 vex.bytes[2] = (pp & 3) << 0
1915 void Assembler::bytes(const void* p, int n) {
1922 void Assembler::byte(uint8_t b) { this->bytes(&b, 1); }
1923 void Assembler::word(uint32_t w) { this->bytes(&w, 4); }
1945 this->bytes(&opcode, SkTFitsIn<uint8_t>(opcode) ? 1 : 2);
1954 this->bytes(&opcode, SkTFitsIn<uint8_t>(opcode) ? 1 : 2);
1959 this->bytes(&m.disp, imm_bytes(mod(m.disp)));
1973 this->bytes(&imm, imm_bytes);
1981 // these immediates are always fixed size at 4 bytes or 1 byte.
2172 this->bytes(v.bytes, v.len);
2187 this->bytes(v.bytes, v.len);
2193 this->bytes(&m.disp, imm_bytes(mod(m.disp)));
2202 this->bytes(v.bytes, v.len);
2217 // These conditional jumps can be either 2 bytes (short) or 6 bytes (near):
2289 this->bytes(v.bytes, v.len);
2538 disp += delta/4; // delta is in bytes, we want instructions.
2549 // ref points to a 32-bit displacement in bytes.
2730 // Our gather base pointer is immB bytes off of uniform immA.
3767 // As usual, the gather base pointer is immB bytes off of uniform immA.
3806 // Our gather base pointer is immB bytes off of uniform immA.
4117 // As usual, the gather base pointer is immB bytes off of uniform immA.
4336 // align to 4 bytes, the element size and alignment requirement.
4366 // Assemble with no buffer to determine a.size() (the number of bytes we'll assemble)